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3 Phase VFD Variable Frequency Drive Inverter 0.75KW Multi Function

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3 Phase VFD Variable Frequency Drive Inverter 0.75KW Multi Function

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Brand Name :	K-Drive
Model Number :	KD600
Certification :	CE And ISO Certificated
Payment Terms :	L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability :	30000 Sets Per Month
Delivery Time :	1~7days

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3 Phase VFD Variable Frequency Drive Inverter 0.75KW Multi Function

K-DRIVE Miniature Low Frequency Inverter 0.75kw VFD 220V 3 Phase Frequency Converter 60hz 50hz

Product Details

3HP 5HP 7HP 10HP 15HP AC Drive Frequency Inverter VFD For Asynchronous Motor

High torque in low speed, fast response

Load capacity in low speed

VF: 180%@0.50Hz

SVC: 180%@0.25Hz

VC: 200%@0.00Hz

Load 0%->100%@50HZ

Load 100%->0%@50HZ

Rapid response to impact loads

Powerful internal logic

1,Built-in up to 6 sets of delay functions, awide variety of input sources, the output can be used as a variety of other built-in module inputs.

2,Built-in up to 4 sets of comparator units, any input, multiple comparison functions, the output can be used as a variety of other built in module inputs.

3,Built-in up to 4 sets of logic units, arbitrary inputs, multiple logic operations, and outputs can be used as inputs for various other built in modules.

4,The above modules can be used alone or in combination to achieve complex internal logic functions to meet various applications, saving

peripheral equipment and wiring

High performance

1. More Accurate Motor Autotuning
2. Advanced open and close loop vector control
3. Perfect voltage and current control, reducing the fault protection times
4 Multiple braking modes and instant stopping
5. 0.75kW~7100kW(Three Phase 400V)

Models and Specifications

ACDrive Model	Rated lnput Current	Rated Output Current	Adapting motor	Dimensions(mm)			Gross Weight(kg)
ACDrive Model	(A)	(A)	(kw)	H(mm)	W(mm)		Gross Weight(kg)
220V (-15%~ 20%)single Phase Input & Three Phase Output
KD600-2s-0.4GB	5.4	2.3	0.4	148	74	130	1.45
KD600-2s-0.75GB	8.2	4	0.75	148	74	130	1.45
KD600-2S-1.5GB	14	7	1.5	165	86	140	1.45
KD600-2s-2.2GB	23	9.6	2.2	165	86	140	2.2
KD600-28-4.0GB	20.5	17	4	234	123	176	2.7
KD600-2S-5.5GB	26	25	11	275	160	186	5.5
KD600-2s-7.5GB	35	32	15	275	160	186	5.5
KD600-2s-11GB	46.5	45	2m2	330	189	186	7
KD600-28-15GB	62	6o	30	425	255	206	15
380V 480V (-15%-20%) Three Phase lnput & Three Phase output
KD600-4T-0.75GB/1.5PB	3.4	2.1	0.75	165	86	140	1.45
KD600-4T-1.5GB/2.2PB	5.0/5.8	3.8/5.1	1.512.2				1.45
KD600-4T-2.2GB/4.OPB	5.8/10.5	5.1/9.0	2.2/4.0				1.45
KD600-4T-4.OGB/5.5PB	10.5/14.6	9.0/13.0	4.0/5.5	192	110	165	2.15
KD600-4T-5.5GB/7.5PB	14.6/20.5	13.0/17.0	5.5/7.5	192	110	165	2.15
KD600-4T-7.5GB/11PB	20.5/22.0	17.0/20.0	7.5/9.0	234	123	176	2.7
KD600-4T011GB/15PB	26.0/35.0	25.0/32.0	11.0/15.0	275	160	186	5.05
KD600-4T015GB/18PB	35.0/38.5	32.0/37.0	15.0/18.5	275	160	186	5.05
KD600-4T18GB/22PB	38.5146.5	37.0/45.0	18.5/22.0	330	189	186	6.95
KD600-4T-22GB/30PB	46.5/62.0	45.0/60.0	22.0/30.0	330	189	186	6.95
KD600-4T-30G(B/37P(B)	62.076.0	60.0/75.0	30.037.0	425	255	206	14.15
KD600-4T-37G(By45P(B)	76.0/92.0	75.0/90.0	37.0/45.0	425	255	206	14.15
KD600-4T-45G(By55P(B)	92.0/113.0	90.0/110.0	45.055.0	534	310	258	26.55
KD600-4T-55G(B)75P(B)	113.0/157.0	110.0/152.0	55.0/75.0	534	310	258	26.55
KD600-4T-75G(By93P(B)	167.0/180.0	152.0/176.0	75.0/93.0	560	350	268	40
KD600-4T-93G/110P	180.0/214.0	176.0/210.0	93.01110.0	560	350	268	40.5
KD600-4T-110G/132p	214.0/256.0	210.0/253.0	110.0/132.0	695	410	295	56.5
KD600-4T-132G/16oP	256.0/307.0	253.0/304.0	132.0/160.0	695	410	295	60
KD600-4T-160G/185P	307.01345.0	304.0/340.0	160.0/185.0	1050	480	330	108
KD600-4T-185G/20OP	345.0/385.0	340.0/380.0	185.0/200.0				112
KD600-4T-200G/220P	385.0/430.0	380.0/426.0	200.0/220.0				120.5
KD600-4T-220G/250P	430.0/468.0	426.0/465.0	220.0/250.0	1200	590	365	122
KD600-4T-250G/280P	468.0525.0	465.0/520.0	250.0/280.0				130
KD600-4T-280G/315P	525.0590.0	520.0/585.0	280.0/315.0				153
KD600-4T-315G/355P	590.0/665.0	585.0/650.0	315.0/355.0	1290	700	400	190
KD600-4T-355G/40OP	665.0/785.0	650.0/725.0	355.01400.0				195
KD600-4T-400G/450P	785.0/883.0	725.0/820.0	400.0/450.0				198
KD600-4T-450G/500P	883.0/920.0	820.0/900.0	450.0150o0.0	1800	1000	500	318
KD600-4T-500G/550P	920.0/1020.0	900.0/1000.0	500.01550.0				320
KD600-4T-550G/630P	1020.0/1120.0	1000.0/1100.0	550.0/630.0				324
KD600-4T-630G	1120	1100	630				330
KD600-4T-710G	1315	1250	710	2200	1200	600	434

Customer visit

3 Phase VFD Variable Frequency Drive Inverter 0.75KW Multi Function

K-Drive VS Other brands

Performance	Common brands	K-Drive
Applicable motors	Asynchronous motors	Asynchronous /synchronous motors
Starting torque	2.0Hz, 150% (sensor-less vector control) 0Hz, 180% (closed-loop vector control)	0.5Hz, 180% (sensor-less vector control) 0Hz, 200% (closed-loop vector control)
Speed adjustable range	1:100 (SVC), 1:1000 (VC)	1:200 (SVC), 1:1000 (VC)
Ambient temperature (no derating required)	-10-40ºC	-10-50ºC (for most of the models)
Rated input voltage	208VAC-400VAC	208VAC-480VAC
Communication	Modbus RTU//ASCII	Modbus RTU//ASCII Profibus-DP, CANopen, etc.
Position control (fixed length, or angular positioning)	×	√
Field weakening control	×	√
Autotune online	Online	Online & Offline
Short-time ramp-up	Trip	No trip
Customized features (software and/or hardware)	Unprocurable or no experience	Procurable with rich experience

How to maintenance your variable frequency drivers(vfd)

VFDs (Variable Frequency Drives) are used to control the speed and torque of AC electric motors. Proper maintenance of VFDs is important for their longevity and performance. Here are some steps you can take to maintain your VFD:

Keep it clean: Regularly clean the VFD and the surrounding area to prevent dust and debris from entering the unit.
Check for loose connections: Inspect the connections to ensure they are tight and secure. Loose connections can lead to overheating and damage to the VFD.
Check for overheating: Use a temperature gun to check for any hot spots on the VFD. Overheating can be caused by excessive dust buildup, loose connections, or other issues.
Check for proper ventilation: Make sure that the VFD is properly ventilated to prevent overheating. Ensure that the ventilation fans are clean and operational.
Check the power supply: Ensure that the power supply voltage and frequency are within the specified range. An improper power supply can cause damage to the VFD.
Check the capacitors: Inspect the capacitors for any signs of bulging or leaking. Faulty capacitors can cause damage to the VFD.
Regularly check for errors: Check the VFD display for any error messages or fault codes. Address any issues promptly to prevent further damage.
Follow the manufacturer's recommendations: Follow the manufacturer's recommended maintenance schedule and procedures to ensure proper operation of the VFD.

By following these steps, you can ensure that your VFD remains in good working condition and performs optimally.

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